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Mechanical Engineering in English Teaching Ying YU School of Foreign Languages, Jilin Institute of Chemical Technology, Jilin, China 132022 YING_YU1234@126.com Keywords: English for mechanical engineering (EME); current teaching situation; teaching practice Abstract: Based on the characteristic of English for mechanical engineering (EME) curriculum, an analysis is made of the EME teaching situation and learners’ requirement, and then the EME teaching practice is researched from the respects of teaching materials selection, acquisition of vocabulary, analysis of long complex sentence, training of students autonomous learning and diversity of teaching methods in order to well cultivate compound talents needed in the new century.
Its primary aim is to make students master the key mechanical engineering English words, grasp the basic methods of reading and translating science and technology English, so that they can read professional information in English and have the ability of writing.
The teaching practice for EME Reasonable selection of teaching materials Mechanical engineering English textbook choices should attract students’ interest, focusing on a comprehensive, practical coverage.
The overall professional content requires teaching materials should cover all aspects of mechanical engineering, such as the theory of machines and parts, mechanical engineering and parts, mechanical engineering materials, metal heat treatment, materials molding and processing, metal machining, CNC machining, machining, machine tools and process equipment, CAD/CAM, PLC and so on.
Comprehensiveness of integrated English skills demands that teaching materials include content in all aspects to develop learners’ competence to use English.

The engineering project management model is one of the key factors to the successful engineering project, along with the development of society and continuing to develop.
Type of Engineering Project Management Model Total Sub-model.
Project owner separately awards the tasks of engineering project’s design, construction and procurement of equipment and material to many design units, construction units and suppliers of equipment and material, and respectively signs contract with various contractors.
Also known as the project general contract, a total contractor or the unified body implements “to hand over the key” contract of the comprehensive entire process to the whole project's design, procurement of material and equipment, and also construction.
Engineering Construction and Design.

Key Engineering Materials. 431-432(2010)
Vess Truzh Echnye Taps, Moscow Mechanical Engineering, 1976
JOURNAL OF MATERIALS ENGINEERING, 2000(4): 41-44.
China Mechanical Engineering 2010, 21(14): 1714-1718.
TOOL ENGINEERING, 1997, 31(11): 15-18.

Ding1, d 1 School of Mechanical Engineering, Qingdao Technological University, Qingdao 266033, China 2 State Key Laboratory for Manufacturing Systems Engineering, Xi'an Jiaotong University, Xi'an 710049, China a Sy_lichanghe@163.com, b fangzan1@126.com, c cuiyi@qtech.edu.cn, dsy_hylichanghe@sina.com Keywords: Layered manufacturing (LM), Reverse engineering (RE), Rapid manufacturing (RM) Abstract.
That the point data acquisition in three dimensional coordinates are the key technologies in reverse engineering.
Zhang: Materials Letters, Vol. 60 (2006), p. 1219-1223 [3] W.Z.
Materials, Vol. 34 (2002), p. 25-28 [4] S.
Xiu: Key Engineering Materials, Vol. 329 (2007), p. 527-532 [7] M.V.

Mismatch Analysis of Elementary School Desk and Chair Key Characteristics in Indonesia Cucuk Nur Rosyidi1, a, Susy Susmartini1,b,Lu’lu’ Purwaningrum2,c, and Satoshi Muraki4,d 1,2 Industrial Engineering Department Sebelas Maret University Indonesia 2Interior Design Department Sebelas Maret University Indonesia 3Department of Human Science Kyushu University Japan acucuk@uns.ac.id, bsusysus2011@gmail.com, clulupurwaningrum@gmail.com, dmuraki@design.kyushu-u.ac.jp Keywords: mismatch analysis, school furniture, key characteristic, elementary school.
Hence determining the suitable design of desk and chair in term of key characteristics dimensions, shapes, colors, materials and other design characteristics are important.
Materials and Methods Participants.
Two key characteristics of desk and four key characteristics of chair were measured.
Bahill, Improving product design using Quality Funsstion Deployment: The school furniture case in developing countries, Quality Engineering 16 (2003),45-56

This special edition is prepared to provide a structured overview of cutting-edge developments and research in three key categories of materials: composites and polymers, structural metals, and functional materials with applications in electronics and energy.
Publication serves as a valuable resource for researchers and engineers, aiming to understand the latest trends in the development and application of advanced materials.

Tissue engineering involves three key elements - cell, scaffold and growth factors, which interact with each other to regenerate a specific tissue.
The success of tissue engineering depends on the proper selection of these three key elements and understanding the interactions among them.
Much of the body’s native extracellular matrix is composed of natural materials like collagen, elastin, fibronectin and laminin.
Some synthetic materials have also been used for tooth tissue engineering due to flexibility in tailoring the physical, mechanical and chemical properties, and easy processability of scaffold into desired shape and size.
Evaluation of scaffold materials for tooth tissue engineering, J Biomed Mater Res A 2010, 94 (3) 800-5

The management innovation questionnaire concerns Visual Control System (X1), Key Performance Indicators (X2), 5s/6s (X3), Level Production (X4), Manufacturing Line Balancing (X5), Balanced Scorecard Method (X6),JIT (X7), Management of Intermodal Transport Systems (X8)，Concurrent Engineering (X9), QC Improvement Team (X10), Total Production Management (X11)，Total Quality Management (X12)，Full participation in the improvement proposals (X13)，6Quality Management (X14)，Standard Operating Procedure (X15), Standardized Process Management (X16), Value Stream Mapping (X17), Kanban (X18), Human Factors Engineering (X19), Single Minute Exchange of Dies (X20), Automation (X21), Combined Inventory (X22), Benchmarking (X23).
These five indicators mainly reflect the effective management of the production field including personnel, machinery, materials, methods, and other factors of production.
Factor 4: Total Production Management (X11), Total Quality Management (X12), 6Quality Management (X14), Human Factors Engineering (X19), Automation (X21).
Factor 6: Concurrent Engineering (X9) , Standard Operating Procedure (X15), Standardized Process Management (X16), Value Stream Mapping (X17).
Journal of Industrial Engineering and Engineering Management, Vol. 4 (2011), p. 26-27

Value Engineering and its Characteristics Value Engineering (referred to as VE), which is also known as Value Analysis (referred to as the VA), is a structured creative activity based on functional analysis as the key point.
The key of value engineering is functional analysis, which not does directly study the physical product itself, but is the abstract study of the functions required by users.
Miles, and become the key guiding concept of value engineering.
Usually, to ensure realization of the premise of product features, using inexpensive materials will reduce the total cost of the product.
Yang: Packaging Engineering,Vol.25(2004).

High-speed Video of Micro-detonation Arc Machining Process for Engineering Ceramics X.L.
Guo 4, d 1, 2, 3,4 National Key Laboratory for Equipment Remanufacturing, Academy of Armored Forces Engineering, Beijing, China a tianxli719251@sohu.com, bzhang_baoguo@126.com, cyjf-beijing@163.com, dpuzzlele@tom.com Key words: Engineering ceramics, micro-detonation arc machining (MDAM), high speed video.
The workpiece materials are Si3N4 and Al2O3.
References [1] Xinli Tian et al., "The new technology of engineering ceramic machining by electrode micro-detonation", Materials Science Forum, vol 626-627, 2009, p. 565-570
[2] Xinli Tian et al., "Research on the removal mechanism of engineering ceramics based on energy density", Key Engineering Materials, vol 443, 2010, p. 439-444